Free AQA GCSE Physics
Practice Questions

1,141 AQA GCSE Physics questions with instant feedback across 70 topics, every one accompanied by an examiner-style mark scheme. Start your first quiz in 30 seconds — no card required.

• Forces and elasticity (Hooke's Law)Practice📚 Notes
• Contact and non-contact forcesPractice📚 Notes
• Electrical power and energy transfer in appliancesPractice📚 Notes
• Pressure in fluidsPractice📚 Notes
• Nuclear equations and decay productsPractice📚 Notes
• Radio waves and communicationPractice📚 Notes
• Particle motion in gases and pressurePractice📚 Notes
• Pressure and volume of gases (Boyle's Law)Practice📚 Notes
• Resultant forces and free body diagramsPractice📚 Notes
• Work done and energy transferPractice📚 Notes
• Half-life and activity of radioactive sourcesPractice📚 Notes
• Electric motors and loudspeakersPractice📚 Notes
• Waves: transverse and longitudinal waves, wave propertiesPractice📚 Notes
• Kinetic and potential energy calculationsPractice📚 Notes
• Infrared radiation and emission/absorptionPractice📚 Notes
• Energy stores and systemsPractice📚 Notes
• Atmospheric pressurePractice📚 Notes
• Radioactive decay: alpha, beta and gamma radiationPractice📚 Notes
• The motor effect and force on a conductorPractice📚 Notes
• Resistance and Ohm's LawPractice📚 Notes
• Domestic uses of electricity and electrical safetyPractice📚 Notes
• Black body radiation and emission of radiationPractice📚 Notes
• Conservation of energy and energy transfersPractice📚 Notes
• Internal energy and specific latent heatPractice📚 Notes
• Terminal velocity and Newton's laws of motionPractice📚 Notes
• Changes in momentum and force (impulse)Practice📚 Notes
• Electromagnetic induction and the generator effectPractice📚 Notes
• Nuclear fission and chain reactionsPractice📚 Notes
• Static electricity and electric fieldsPractice📚 Notes
• Radioactive contamination and irradiationPractice📚 Notes
• Scalar and vector quantitiesPractice📚 Notes
• Upthrust and flotationPractice📚 Notes
• Lenses and visible light (converging and diverging)Practice📚 Notes
• Transformers and their operationPractice📚 Notes
• Sound waves and ultrasoundPractice📚 Notes
• The Solar System, satellites and orbital motionPractice📚 Notes
• Particle model of matter: states and changes of statePractice📚 Notes
• Stopping distance, thinking distance and braking distancePractice📚 Notes
• Current, potential difference and resistancePractice📚 Notes
• Atomic structure: the atom and the nucleusPractice📚 Notes
• Moments, levers and gearsPractice📚 Notes
• Current, charge and potential differencePractice📚 Notes
• Gravity and weightPractice📚 Notes
• Acceleration and equations of motionPractice📚 Notes
• Series and parallel circuitsPractice📚 Notes
• Nuclear fission and nuclear fusionPractice📚 Notes
• Colour, filters and the visible spectrumPractice📚 Notes
• Efficiency of energy transfersPractice📚 Notes
• Energy transfers in electrical appliances and the national gridPractice📚 Notes
• Internal energy and specific heat capacityPractice📚 Notes
• Resistors: fixed, variable, LDR, thermistor and diodesPractice📚 Notes
• Life cycle of starsPractice📚 Notes
• The solar system and formation of starsPractice📚 Notes
• Distance–time and velocity–time graphsPractice📚 Notes
• Development of the atomic model (historical models)Practice📚 Notes
• Electromagnetic spectrum: properties and usesPractice📚 Notes
• Power and efficiencyPractice📚 Notes
• The Big Bang theory and cosmic microwave background radiationPractice📚 Notes
• Distance, displacement, speed and velocityPractice📚 Notes
• Uses and hazards of electromagnetic wavesPractice📚 Notes

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